Detail publikace

SmartCool - Smart controlled actuator to homogenize the temperature at the transfer bar

KOTRBÁČEK, P.

Originální název

SmartCool - Smart controlled actuator to homogenize the temperature at the transfer bar

Anglický název

SmartCool - Smart controlled actuator to homogenize the temperature at the transfer bar

Jazyk

en

Originální abstrakt

Most European HSM already equipped with transfer bar cooling units face asymmetric thermal profile mainly over the width detrimental to the flatness and on the mechanical properties. The implementation of a new smart controlled actuator coupled with a robust temperature profile measurement will lead to an intelligent control of the transfer bar temperature along the width (and the length). This technique will lead to better strip steering in the finishing mill and will reduce the number of rolling incidents, i.e. cobbles. AHSS and future micro-alloyed steel grades are concerned as they require precise temperature control over the entire process.

Anglický abstrakt

Most European HSM already equipped with transfer bar cooling units face asymmetric thermal profile mainly over the width detrimental to the flatness and on the mechanical properties. The implementation of a new smart controlled actuator coupled with a robust temperature profile measurement will lead to an intelligent control of the transfer bar temperature along the width (and the length). This technique will lead to better strip steering in the finishing mill and will reduce the number of rolling incidents, i.e. cobbles. AHSS and future micro-alloyed steel grades are concerned as they require precise temperature control over the entire process.

Dokumenty

BibTex


@misc{BUT169283,
  author="Petr {Kotrbáček}",
  title="SmartCool - Smart controlled actuator to homogenize the temperature at the transfer bar",
  annote="Most European HSM already equipped with transfer bar cooling units face asymmetric thermal profile mainly over the width detrimental to the flatness and on the mechanical properties. The implementation of a new smart controlled actuator coupled with a robust temperature profile measurement will lead to an intelligent control of the transfer bar temperature along the width (and the length). This technique will lead to better strip steering in the finishing mill and will reduce the number of rolling incidents, i.e. cobbles. AHSS and future micro-alloyed steel grades are concerned as they require precise temperature control over the entire process.",
  chapter="169283",
  howpublished="online",
  year="2019",
  month="september"
}